Outdoor Units
Contents
1. 530 p m 590 _ n 2 b s 8 Ne 1 141 5 560 1 12 5 382. JI JI OC OC er 590 895 AT LI LIN 39 CN 330 IL 1 4 ASF 30A ASF 36A 1 3 ASF 24A 1 5 ASF 48A ASF 60A
3. 1285 EH A Strengthener N k 4 12 18 Overhanging hole 4 Drain point E Connecting point of refrigerant pipe Liquid side Connecting point of refrigerant pipe gas side 3 3 ASF 48A ASF 60A 1610 240 Strength ener S e L L M p IIN p J 412x 8 Overhangirg hole A 3 VA co V Drain point e 2 Connect rg point of N refrigerant pipe Liquidside Connecting point of N refrig eran t gas side 14 4 2 E D o oO Q D gt 600mm 009 lt 5 Piping Diagrams INDOOR UNIT OUTDOOR UNIT L Healing Model only LIQUID SIDE 3 N Y VALVE CAPILLARY TUBE EXCHANGE EXCHANGE EVAPORATOR CONDENSER i HEAT REVERSING N Y VALVE ACCUML VALVE LATOR Heating Model Only HEATING Remark 1 For ASF 12A and ASF 18A
4. 480 ESTER OIL VG74 750 ESTER OIL CG74 950 TE 2801 1190 1000 Loa o3 mem _ T Indoor fan Capacitor motor Number of rows Tube pitch a x row pitch b 3 25 4x22 25 4x22 25 4x22 Hydrophilic aluminum Hydrophilic aluminum Hydrophilic aluminum 9 53 innergroove tube 9 53 innergroove tube 9 53 innergroove tube 804x254x44 804x254x66 804x254x66 m h 600 480 400 800 600 500 1000 900 700 N Tube outside dia and type Indoor coil Coil length x height x width g lt 5 2 k Indoor air flow Hi Mid Lo Dimension mw sesso omme packing oon wrs _ i om _ et me ae 1 1 40 nd CEC wed uc I ma m Fin type m Hydrophilic aluminum Hydrophilic aluminum Hydrophilic aluminum 9 53x0 35 Innergroove Tube outside dia and type tube 9 53 tube 9 53 tube meo omes m e e ee _ o Row mn wea ms 0 Ges w m 4 ASF 30A ASF 36A Power supply Ph V Hz 1 220 240V 50Hz 3 380V 50Hz Btu h 30000 36000 Capacity 10 5 3750 3750 16 3
5. OLH slim IET lel Vel Wi E d BE M cu av ___ cu 4 LI cum 4 P mn il A AMAT BARN Sound pressure level dB 048 0 0002 bar Sound pressure level dB COdB 47 Btu h amp 36000 Btu h 24000 Btu h OO yy TTT OE AA Aa one E COT HL nm 1000 2000 4000 8000 K 11 17 I 4 w LAM gt D ww Ll SN les 00 NG X an SNR DE A 63 R D n m 1000 2000 4000 800 SE 500 A D n 5 124 2000 0 8 0 21185214 punog Octave band center frequency Hz Octave band center frequency Hz A g white E continuous sound 48000 Btu h amp 60000 Btu h D st 184 2000 0 dP0
6. 1 Gy I N SWING OK TIME ON L 40 Time ON p 5 sj m ECO TIME OF F N N lt LCD Reset 2 TimeOFF Vert swing 8 d k E Y Lock N gt N p Ps Coolheat 15 16 operation Visual photo MODEL AND SPECIFICATION Rated voltage 3 0V 2 pieces of LRO3 7 batteries Min voltage for sending signal of CPU Efleotve receiving distance Operation condition 5 600C 73 BUTTONS AND FUNCTION MODE Once pressing running mode will be selected in the following sequence AUTO M COOL DRY HEAT 7 NOTE No heating mode for cool only type unit FAN SPEED Fan speed will be selected in following sequence once pressing this button AUTO LOW MED HIGH Adjust Decrease the set temp Keeping pressing will decrease the temp with 1 C 0 55 Adjust Increase the set temp Keeping pressing will increase the temp with 1 C per 0 55 ON OFF For turning on or turning off the air conditioner AIR DIRECTION Activate swing function of air deflector Once pressing air deflector will turn 6 For normal operation and better cooling and heating effect deflector will not turn to the degree which is the state of deflector when the unit is turned off Only available when remote controller is used with corresponding unit HORIZ SWING Activate or turn off horizontal swing function Only a
7. 21185214 punog 1000 2000 4000 8000 TE lea el 00 63 Octave band center frequency Hz 48 8 Exploded view Cooling amp Heating 8 1 ASF 12A z a mm m m Puta ea a 1 na 1 4 nafta nah ang arp a aa ura sts n n a uS atat E ka zu rm jl s N 7 dh B o S Part Name Quantity Capacitor clamp Clamp for front net Front net ire joint 5p Front clapboard Propeller fan Fan motor Holder for fan motor Chassis Compressor Installation plate for valves Pipe temp sensor ass y e Gas pipe valve 4 way valve 1 EN EN NEN omo KH KH KH Liguid pipe valve N Fan motor capacitor 15 16 17 18 19 20 21 22 23 24 25 26 Installation board for E parts 27 8 Compressor capacitor 2 49 8 2 ASF 18A Clamp for front net Front clapboard E ENE Ee oranes 1 e _____ v sr v TT P w wa eem Rear right clapboard Big handle Dm plate for valves ater collector Fan motor capacitor mojim ee Installation board for E parts 1 Front right clapboard LS mmm Copper nut TLM C03 8 3 ASF 24A
8. m Lm 3 Am 2f Discharge angle 60 FLOOR Airflow velocity lt Y Temperature Qm m m Sp PA Om im 4 v 28 9 Electric Characteristics Power supply Indoor fan motor 220 240 peru s zom u o s 3e u o Symbols FLA Full Load Amps 29 10 Sound Levels E Microphone Microphone Ceiling Floor 12000 BTU h 18000 BTU h 70 LON H VELO 2 ad Ew S 8 PES N T 60 EXC x x S NG E NC 60 ER N 60 s E K NOSE 60 Ni i 4 _ NS N Sm H RON N s NC 56 IM N T KD Se iL 5 N N NUN N NN N N NIS x S 2 N N N N x X ns N N N N Sy NC 4 N N 40 IN B 5 N Xo 20 TSS CE E Audibility limits of Z continuous white sound AIN Audibility limits continuous white R sound Sound pressure level dBL OdB Sound pressure level 0dB 63 123 250 300 1000 2000 4000 8000 125 250 500 1000 2000 4000 8000 O t t Octave Dand cemer s O
9. 340 e u iI U u nd L eee a a ___ ee Pe eer Y _ 1245 Er r pala wama e LE ee la E 380 40 2 Service Space Capacity lt 60000 Btu h Wall or obstacle Obstacle Air inlet Im umm Ep cc Necessary width Deep foundation M10 bolt 4pieces per unit 41 3 Wiring diagrams 3 1 Cooling amp Heating 3 1 1 ASF 12A FAN CAP OVERLOAD RELAY TEMPERATURE SENSOR WI R D AGRAM CONDENSATOR OUTDOOR UNIT 919191919 TO INDOOR UNIT 3 1 2 ASF 18A FAN CAP COMP TEMPERATURE SENSOR OF CONDENSATOR CONDENSER EXPORT PIPE WIRING DIAGRAM vs OUTDOOR UNIT TO INDOOR UNIT TO INDOOR UNIT 42 3 1 3 ASF 24A WIRING DIAGRAM OUTDOOR UNIT CODE PART NAME XS1 Y TEMINAL MIDDLE TEMINAL VALVE 4 WAY VALVE c o F c m GONDENSER EXPORT PIPE TO INDOOR UNIT TO
10. Cooling Btu W h Capacity Btu h 32000 39000 Capacity 11 4 3500 3700 15 2 A AJ 0 A A a lt 5 5 Btu W h 10 6 Moisture Removal 4620 Max input consumption 4400 O o Starting current C SBN301H5D C SBN303H8D SCROLL SCROLL Type Brand SANYO SANYO SANYO SANYO Dalian Capacity Btu h 33438 33438 3650 3650 17 65 6 58 cO N INNER INNER Capacitor 60uF 440V Compressor FV68S 1700 DAPHNE FV68S 1700 T 2 o 5 zd 5 o 2 5 5 D ct O o 5 Sle 9 2 o V c g 218 5 go alo x o o a 09 5 J SI r gt 2 25 gt x lt 5 gt Sje S YSK80 4A YSK80 4A 142 134 132 142 134 132 3 5uF 450V 3 5uF 450V fan Capacitor Speed hi lo r min 1310 1200 1000 1310 1200 1000 25 4x22 25 4x22 N 7 Hydrophilic aluminum Hydrophilic aluminum 9 53 inner groove tube 9 53 inner groove tube Indoor coil 905x203x66 905x203x66 Indoor air flow Hi Mid Lo 3 h 1400 1200 1000 1400 1200 1000 3 Indoor noise level Hi Mid Lo 45 43 40 45 43 40 Dimension WxHxD body 1285x660x198 1285x660x198 Packing WxHxD body 1365x744x278 1365x744x278 2 gt Net Gross weight body ke 34
11. Part Name Quantity Part Name Quantity Front net AC contactor N Cabinet Front Capacitor Fan Motor Fan Propeller ire Clamp Fan Motor Terminal Block 5p Mount Fan Motor Terminal Block 2p Ass y Compressor N Condenser Ass y Fixture Segregator Inlet Pipe for Condenser 4 way Valve Outlet Pipe for Condenser 4 way Valve Solenoid Rear Net Liquid pipe valve Support board Back side 1 EN 23 26 Handle Gas pipe valve Separating board refrigerant Container Base Pan Ass y Pipe temp sensor assy Cabinet Front Right Support board Left Side Capacitor Clamp Big handle Capacitor Compressor Filter iring Installation Panel Small Handle asher for wire joint Copper nut TLM B02 erminal install board Terminal Block 2p Copper nut TLM D04 51 8 4 305 Biej Fa na as ER TN En En bw pJ m 10 NN 20 Fan motor capacitor 2 nstaliation board for E parts AC contactor 23 Main control box Wie joint for multiplexer 25 Wie joint for multiplexer asher for wire joint ire joint for power 29 Liquid valve assy 30 Liquid valve EN 4 way Valve Gas valve Compressor Discharge temp sensor Front right clapboard Copper nut TLM CO3 Copper nut TLM E05 52 8 5 ASF 36A 16 Part Name Quantity Clamp for front net Front net Front clapboard 1 Propeller fan Fan mo
12. SERVICE MANUAL SINCLAIR AIR CONDITIONING Contents Part 1 e Eva RE ee 2 Fant 2 Indoor UNS tinten siet arne nennen 5 3 001000 UNS 36 Part 4 I stallati oiu uu aaa RIPE 64 Part 5 Control aanaanaannau nnnnannnnnnnnnnnnnannnnnnunnnnnnnnnnnnnnnnnnnnnnnn 72 Part 1 General Information 1 Model names of units 3 2 External SK FI GE P 3 3 se S ana aa ee 4 MEC 4 1 Model names of units ASF 12A ASF 18A ASF 24A ASF 30A ASF 36A ASF 48A ASF 60A 2 External Appearance 2 1 Indoor units ann 2 2 Outdoor units 3 Nomenclature ASF 24 A Air Condition Sinclair Refrigerant Floor amp Ceiling A R410A Cooling Capacity x 1000 BTU h 4 Features 4 1 4 2 4 3 4 4 4 5 4 6 4 7 4 8 New design more modern and elegant appearance Convenient installation Two direction auto swing vertical amp horizontal and wide angle air flow Three level fan speed more humanism design meets different air supply requirement Water proof by utilizing the absorbing plastic film on water collec
13. ree 3 97 8 46 24 C D 12 C D T C D 4 C D 0 C D 5 D 7 C D 18 C W 11 C W 6 C W 3 C W 1 C W 6 C W 8 C W 23 Model ASF 36A Indoor 21 25 30 35 40 45 50 Conditions baee nn oss ma se we ooo EN em we re em baee ws ws ws om os sm sm ooo em re _ 9 Indoor 24 C D 12 C D 7 C D 4 0 C D 5 D 7 C D Conditions 18 W 11 6 W 3 C W 1 W 6 W 8 W soo 400 280 mputkw 555 am 24 Model ASF 48A Cooling OUTDOOR TEMPERATURE DRY Indoor 21 C 25 35 40 45 50 Conditions em _ Indoor 24 C D 12 C D 7 C D 4 0 C D 5 D 7 C D Conditions 18 W 11 6 W 3 C W 1 W 6 W 8 W zoa eas 529 370 Capacity kW 18 24 14 59 12 16 10 94 10 34 29 Model ASF 60A Cooling OUTDOOR TEMPERATURE DRY Indoor 21 C 25 35 40 45 50 Conditions Indoor 24 C D 12 C D 7 D 4 C D 0 C D 7 C D Conditions 18 C W 11 C W 6 C W 3 C W 1 C W 8 W 26 8 Air Velocity and Temperature Distributions Discharge angle 60 CEILING Airflow velocity im M m se im Om m Cm sm 4m Temperature 3m NG Pec Ne sins i m N Om
14. 251 en m left fixing clamp for motor right fixing clamp for motor Strenghten board for motor E part box underlay 7 Sroll shell down Sroll shell up h NO an 4 2 2 11 fan motor holder 2 12 2 2 water pan ass y right holder filter 13 left holder filter 14 middle beam 15 pipe fixed board 1 Air out frame assy 1 plastic 16 Sealing foam for collect pan 17 Installation clamp 18 clapboard 19 right sealing board 20 right installation board 21 h D 5 o 3 Q rm 5 9 o o lt 22 left installation board 35 Part 3 Outdoor Units Outdoor ME KB ANA 37 Outdoor Units 38 2 SOLVICO 41 3 WINO ia aaa 42 A WM s a 45 5 Electric ChHaracteristi6S u uuu 46 6 Operation LIMIS sans tiea 46 uu uuu 47 6 EXDIOGEG VIEW u 49 9 TFOUDICSNOOUNG a aaa aa a aa EEN 56 37 1 Dimensions 1 1 ASF 12A 285 i i 1 2 ASF 18A 315 290 845 750
15. PIPE TEMP SENSOR 5 WAY TERMINAL 6 WAY TERMINAL C GM3 LEVEL SWING MOTOR PLUMB SWING MOTOR 74 CONNECTORS R Y G wire wa 7 Capacity Tables Model ASF 12A Cooling OUTDOOR TEMPERATURE DRY Indoor 21 C 25 35 40 45 50 Conditions 21 C D 15 W 24 D 17 W 1 14 Sensitive capacity KW 308 T 252 19 W 32 23 W 1 38 52 1 66 3 70 41 Input kW 0 97 1 10 1 24 1 1 79 wem _ 24 C D 12 C D T C D 4 D 0 C D 5 C D 7 D Conditions 18 W 11 W 6 W 3 C W 1 W 6 W 8 W 20 Model ASF 18A Cooling OUTDOOR TEMPERATURE DRY Indoor 21 C 25 35 40 45 50 Conditions 2 19 em Indoor 24 C D 12 C D 7 C D 4 0 C D 5 D 7 C D Conditions 18 W 11 6 W 3 C W 1 W 6 W 8 W zoo 240 200 140 21 Model ASF 24A Cooling OUTDOOR TEMPERATURE DRY Indoor 21 C 25 35 40 45 50 Conditions Indoor 24 C D 12 C D 7 C D 4 0 C D 5 D 7 C D Conditions 18 W 11 6 W 3 C W 1 W 6 W 8 W 22 Model ASF 30A ae ae we mmm im amen em oso wm ns T 5 Indoor Conditions Indoor Conditions s wss ws wm em es 028 ost oor we em r r
16. PX PN EON S N gt s IT T t NN lt I S NG EM M x N 20 Audibility limits of NS continuous white X Sound pressure level dBt 0dB 2 gt continuous white sound Audibility limits of M Sound pressure level 4 0dB C2 sound IZ Lf 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 Octave band center frequency Hz Octave band center frequencyt Hzt Ceiling Floor 31 11 Exploded view 11 1 ASF 12A ASF 18A ASF 24A a k p sf ee FE m EE En Drew 1 EN 32 16 Rm x T 7 11 2 ASF 30A _ ASF 36A F 3 s IET Fl F FAR Tra je 5 494 33 Ren m ss Tilak To 15 TO uw a aeu EN EAM 1 7 1 iine m En 1 D lees Lx Mie Creme NE 3 lamas T 5 RENE Ka bmm EEN en 11 3 ASF 48A 5 60 25 25 25 25
17. accumulator is not included 2 For ASF 30A ASF 36A and ASF 48A check valve and auxiliary capillary is not included 16 6 Wiring Diagrams 6 1 ASF 12A DISP WIRE CONTROLLER BOARD INDOOR WI RING DIAGRAM 51 4 CONNECTORS ROOM TEMP SENSCR PIPE TEMP SENSCR 5 WAY TERMI NAL 6 WAY TERMI NAL RELAY FOR COMPRESSOR ZN SA AP 09 00 COARI 69 QS 7 C K lt 7 52 99 09 RI 09 TO OUTDOOR UNIT TO OUTDOOR UNIT POWER 6 2 ASF 18A DI SPLAYF K WIRE CONTROLLER BOARD a Me I NDOOR VVIRING DIAGRAM ONNECTORS RED WHITE ROOM TEMP SENSOR PIPE TEMP SENSOR 5 WAY TERMINAL YG 6 WAY TERMINAL RELAY FOR COMPRESSOR ware SWING MOTOR 52 GM2 PLUMB SWING MOTOR 69 69 G9 2169 9 69 L N 1 N gt V EJE 92 59 69 6 6 5 m x El O 1 5 S TO OUTDOOR UNIT TO OUTDOOR a POWER 17 6 3 ASF 24A am XP1 DISPLAY E TO WIRE CONTROLLER INDOOR WIRING DIAGRAM RED WHITE MAIN CONTROL BOARD X8174 CONNECTORS CIN WHITE WHITE gt LACK HI RED LO ER 65 OER 6999 L N T gt XT2 62 69 OHI 6 69 elo eel el Y G E TO OUTDOO
18. charge is simply related with the liquid pipe diameter 2 In the up formula L means total length of liquid pipe unit m 67 4 Water drainage 4 1 Gradient and Supporting 4 1 1 Keep the drainpipe sloping downwards at a gradient of at least 1 100 Keep the drainpipe as short as possible and eliminate the air bubble 4 1 2 The horizontal drainpipe should be short When the pipe is too long a prop stand must be installed to keep the gradient of 1 100 and prevent bending Refer to the following table for the specification of the prop stand Diameter Distance between the prop stands 4 1 3 Precautions The diameter of drainpipe should meet the drainage requirement at least b The drainpipe should be heat insulated to prevent atomization c Drainpipe should be installed before installing indoor unit After powering on there is some water in water receiver plate Please check if the drain pump can operate correctly d All connection should be firm e Wipe color on PVC pipe to note connection f Climbing horizontal and bending conditions are prohibited g dimension of drainpipe can t less than the connecting dimension of indoor drainpipe h Heat insulation should be done well to prevent condensation i Indoor units with different drainage type can t share one convergent drainpipe 4 2 Drainpipe Trap 4 2 1 If the pressure at the connection of the drainpipe is negative it needs to design drai
19. it according to the model and their requirement It is necessary to re electrify after adjustment 75 2 2 KJR 10B dP T Wire Controller AUXILIARY HEATER BUTTON start or stop the electrical auxiliary heater Start or stop operation FOLLOW ME BUTTON Adjust the action of indoor unit according ta the Temp sensor inside the wire controller TIMER BUTTON w Five ij TEMP BUTTON BUTTON Start or stop economical mode Timer setting Preset temperature re 5 Confirm the operation SWING BUTTON With or without swing RESET BUTTON Ro Reset all the setting and s E FAN SPEED BUTTON condition of LOCK BUTTON Lock or unlock all current setting wel MODE BUTTON EE c uu 2 22 Choose the mode 76 3 Central controller Meaning Of Buttons On The Central C paura rum m tar T TIE unit Reset UPS t unit te tha default setting earlier GTP BETON Lark ar uniek current A C Start or stop Operation Ebalus 3 1 Preparation LJ Network function is reserved in R410A U series indoor PCB To realize network control the following components are required U series indoor amp outdoor units CCMO1 E Central Control Monitor NIMO1 E Network interface module Network software set including a software CD aconvert
20. o 5 5 h et x olo Q 3 jo T o gt 3 51913 lt er D 5 gt o x s gt ay o mE 2 9 S 3 E 5 5 pg o s 5 2 N Fin type DEI Hydrophilic aluminum oO N Indoor coil 1150x254x66 1150x254x66 m h 2000 1800 1600 2000 1800 1600 Dimension WxHxD body mm 1670x680x240 1670x680x240 Packing WxHxD body mm 1764 760 329 1764x760x329 Oo on 5 5 o o 5 8 5 9 gt V o X 5 5 2 216 YDK65 6 YDK65 6F YDK65 6F YDK65 6F 1384156 1384156 Outdoor fan Capacitor 3 5x2 uF 450V 3 5x2 uF 450V motor Speed r min 25 4x22 25 4x22 Fin type Hydrophilic aluminum Hydrophilic aluminum e mm 9 53 inner groove tube 9 53 inner groove tube 715 1220 44 715x1220x44 Outdoor coil Outdoor air flow 6000 6000 Outdoor noise level dB A 940x1245x340 940x1245x340 A D gt alo 5 TX x 29 1058X1380X435 1058X1380X435 Outdoor unit 0 Q e 112 127 112 127 Refrigerant type Quantity R410A 4000 R410A 4200 Design pressure high side low sid
21. resistance and produces wilder air flow to vertical direction The range of horizontal air discharge is widened which secures wider air flow distribution to provide more comfortable air circulation no matter where the unit is set up 1 4 Three level fan speed more humanism design meets different air supply requirement 1 5 Water proof by utilizing the absorbing plastic film on water collector 1 6 Easy operation Auto restart function remote control and optional wire control method 1 7 Low noise level plus compact size Shape of the blades has been improved to prevent noise caused by turbulence 2 Specification Cooling amp Heating ASF 12A ASF 18A ASF 24A Power supply Ph V Hz 1 220 240V 50Hz 1 220 240V 50Hz 1 220 240V 50Hz Btu h 12000 18000 24000 N A gt 1200 1900 2700 Rated current A 60 8 5 12 0 8 O O 5 8 e e lt lt Cooling Btu W h 3 Btu h 13000 20500 27300 3 5 5 s 1130 1850 2800 2 0 Rated current Q v O O 5 8 e e lt lt 1 1500 2400 3300 Max input consumption A A Starting current city Rated current RLA Locked rotor Amp LRA Thermal protector CompressorRefrigerant oil 140 2 4 PA225X2CS AKU PA290X3CS AMU1 ROTARY ROTARY ROTARY TOSHIBA TOSHIBA TOSHIBA TOSHIBA Guangdong TOSHIBA Guangdong RB68AF T68 A68tf 3 9 lt 5 5 3
22. wiring Weak elec signal link wiring e Ground the air conditioner properly in case to affect its anti interference function 45 5 Electric Characteristics Power supply Outdoor fan motor Model Power Hz Voltage MSC RLA FLA output eran zoe na oc eraan x am e 6 or Symbols MSC Max Starting Current RLA Rated Locked Current FLA Full Load Amps 6 Operation Limits Ensure the operating temperature is in allowable range Heating Cooling With law ambient temp ecol mendhil Ambient temp C Ambient temp Indoor temp Indoor temp 46 7 Sound levels 1m lt 459 12000 Btu h 18000 Btu h E NS al ET ES os limits oi E A udibility limits o gt continous white kw continuous white NE _H H E KEE ERE SS H BE 63 125 250 500 1000 2000 4000 8000 53 250 500 1000 2000 4000 2000 Octave band center frequency Hz Octave band center frequency Hz u 5 0 0002 bar ELT 08 E B 4 Ld z 9 F S rl HERD LATA HEL
23. 42 34 42 os ven me _ a 1 7 Tube pitch a x row pitch b 25 4x22 25 4x22 Finspacing Zo Jo Fin type unhydrophilic aluminium unhydrophilic aluminum mm Sea _ Dmewenwen m mmm 7 Rome we m vaas eme _ w m 2 o o _ Outdoor unit pressure tigh sia op eea r fm o wona w e 11 ASF 48A ASF 60A Power supply Ph V Hz 3 380V 50Hz 48000 NM Capacity 52000 Capacity 15 2 3 380V 50Hz oo N 60 000 17 6000 Cooling 10 0 68 000 N 4900 6000 A A O HAF D D a c c lt lt D D 5 5 e e U gt 10 6 Moisture Removal L h Max input consumption 5870 7500 10 7 12 8 O N A A Starting current C SBN373H8D C SBN453H8D SCROLL SCROLL Type Brand SANYO SANYO SANYO Dalian SANYO Dalian Capacity Btu h 48109 8 22 59957 5750 9 77 67 INNER INNER Capacitor Compressor DAPHNE FV68S 1700 YSK59 4A YSK59 4A 118 108 101 118 108 101 2 5uF 450V fan Capacitor 2 5uF 450V Speed hi lo 820 695 620 DAPHNE FV68S 1700 820 695 620 25 4X22 25 4X22 Hydrophilic aluminum 9 53 inner groove tube 9 53 inner groove tube 2 c c c 2 3
24. 9 2 5 Open circuit and short circuit trouble of T3 Is connection to connector of temp sensor good Check the resistance of the temp sensor according to Annex 1 Indoor PCB is defective Replace the sensor Is it the resistance is normal Yes 9 2 6 Open circuit and short circuit trouble of T4 Is connection to connector of temp sensor good Yes Check the resistance of the temp sensor according to Annex 1 Repair connector Is it the resistance is normal Yes Indoor PCB is defective Replace the sensor 60 9 2 7 High temperature protection of condenser High temperature protection of condenser Check the resistance of the temp sensor according to Annex 1 is it normal Possible reason Replace the sensor Air or other gas in the refrigerant Heat exchanger is dirty Outdoor fan or fan blade is defective Outdoor unit is bad ventilation Refrigerant is leakage 61 9 3 Troubles and Solutions If any the following abnormal conditions occur turn off the power supply immediately Please contact our dealer TROUBLES Indicator lamps flash rapidly after your disconnecting and connecting the unit the situation is the same Fuse or circuit breaker work frequently Foreign matter or water has fallen into the unit Remote controller is disabled or the switch is out of hand Any other unusual conditioner is observed If any of the following conditions occur check your unit and resolve corr
25. Be sure to use two wrenches simultaneously when you connect or disconnect the pipes b The stop value of the outdoor unit should be closed absolutely as original state Every time you connect it first loosen the nuts at the part of stop value then connect the flare pipe immediately in 5 minutes If the nuts have been loosened for a long time dusts and other impurities may enter the pipe system and may cause malfunction later So please expel the air out of the pipe with refrigerant before connection Expel the air after connecting the refrigerant pipe with the indoor unit and the outdoor unit Then fasten the nuts at the repair points 1 2 Locate The Pipe a Drill a hole in the wall suitable just for the size of the wall conduit then set on the fittings such as the wall conduit and its cover b Bind the connecting pipe and the cables together tightly with binding tapes Do not let air in which will cause water leakage by condensation c Passthe bound connecting pipe through the wall conduit from outside Be careful of the pipe allocation to do no damage to the tubing 1 3 Connect the pipes 1 4 Then open the stem of stop values of the outdoor unit to make the refrigerant pipe connecting the indoor unit with the outdoor unit in fluent flow 1 5 Be sure of no leakage by checking it with leak detector or soap water 1 6 Cover the joint of the connecting pipe to the indoor unit with the soundproof insulating sheath fitt
26. INDOOR UNIT 3 1 4 ASF 30A WIRING DIAGRAM OUTDOOR UNIT CODE PART NAME HEATER CRANK FAN VALVE REVERSING VALVE K1 GAS TEMP SWITCH TO INDOOR UNIT TO INDOOR UNIT XT1 amp XT2 WARNING IF THE INDOOR UNIT IS T1 amp T2 amp DL SERIES PLEASE PUT THE LINES ON XT3 TO INDOOR UNIT XT1 S CORRELATIVE PART WHITE 43 3 1 5 ASF 36A WIRING DIAGRAM oe enor O T201 CURRENTDETECTOR on100 208 pc BOARD SOCKETS M TE 7 3 ____ 041 HL nnn H BLUE N EN EE RED XT4 FTINAON 4703 CONDENSER y PIPE TO INDOOR TO INDOOR CS XT1 3 1 6 ASF 48A MAIN CONTROL BOARD WIRING DIAGRAM OUTDOOR UNIT 4 WAY VALUE 5 K AC CONTACTOR K BLACK LI BLACK 12 B AGK LS ORANK H PRO HIGH PRESSURE SWITCH RT3 PIPE TEMP SENSOR CONNECTORS CONNECTORS TEMP PROTECT SWITCH F E ___ BLUE S Vy BLACK TRENSFORMER 1 RT3 ROOM TEMP SENSOR 5 WAY TERMINAL Ls rewe sensor CERES RT5 TEMP SENSOR 12 34 ABCNG RARA TO INDOOR UNIT TO INDOOR UNIT 44 4 Field Wiring Fower supply switch Fuse Av allable locally Fower wiring indoor Indoor Outdoor Unit I Unit d XN ES Ground wiring me Q Ground wiring strong elec signal link
27. R UNIT TO OUTDOOR UNIT POWER 6 1 4 ASF 30A DISPLAY BOARD TO WIRE CONTROLLER N INDOOR WIRING DIAGRAM CODE PART NAME CAP 1 INDOOR FAN 1 24 P C BOARD SOCKETS T4 TRANSFORMER C T XS174 CONNECTORS PLUMB SWING MOTOR WHITE WHITE x c5 ula wl x al sl 3 2 laf 5 9 i RED WHITE MAIN CONTROL BOARD CAP1 69 IRIS 6 Q DS SPO Y G Y G EN TO OUTDOOR UNIT TO OUTDOOR UNIT POWER WHITE BLAGK 18 6 1 5 ASF 36A TO WIRE CONTROLLER DISPLAY BOARD INDOOR WIRING DIAGRAM 6 WAY TERMINAL LEVEL SWING MOTOR PLUMB SWING MOTOR NHITE RED MAIN CONTROL BOARD WHITE WHITE GAP 1 LLI 69 69 co He 69 6 2 alta cms A B C N 2 gere e exis xr TO OUTDOOR UNIT TO OUTDOOR UNIT POWER 6 1 6 4 ASF 60A DISPLAY BOARD TO WIRE CONTROLLER INDOOR WIRING DIAGRAM CODE PART CAP1 CAP2 INDOOR FAN CAP P C BOARD SOCKETS 14 TRANSFORMER INDOOR NAME WHITE RED RED MAIN CONTROL BOARD Xs4 Y G D 69 SHD 69 69 3 4 SSH NT XT 1 5 TO OUTDOOR UNIT TO OUTDOOR UNIT 19 CONNECTORS OOM TEMP SENSOR
28. ange area Insulate for the jointing area expanding area and the flange area should be done after checking leakage of the pipes b Make sure there s no clearance in the joining part of the accessorial insulation material and local preparative insulation material e SN E C NR M 5 3 Drainage pipe insulation The connection part should be insulated or else water will be condensing at the non insulation part 5 4 Note 5 4 1 The jointing area expanding area and the flange area should be heat insulated after passing the pressure test 5 4 2 The gas and liquid pipe should be heat insulated individually the connecting part should be heat insulated individually 5 4 3 Use the attached heat insulation material to insulate the pipe connections 5 tie in expand nut of the indoor unit 71 Part 5 Control COMBO RIETI 73 72 1 Remote controller There s one model RO5 BG E The below is RO5 BG E remote controller gt AUTO ni gt TE Modesetting gt ode setting E FAN sf 4 N N Adjust Y 3 4 Adjust nmn u EAN FAN SPEED 2 Fanspeed sa zi s P M X FPN a m di d 6 6 N 4 N N Horizswing D d N f C J Time setting SWING AN SNS DIRECTION CLOCK f
29. ctave band center frequencyt Hzt Ceiling Floor 30 24000 BTU h 30000 BTU h 36000 BTU h i M cn X gt M C ad m V E u y N d n D S i N x EN N PC NG 4 FJ Sa S NC 50 gt B e KA T a 1 2 2 E E 22 m An N g D w 5 5 30 _ gt N 2 N un gt s 9 N p 5 Kea dB cc S E 2 F Y Sk a Audibility limits of 5 Jewel LI Continuous white SD 1 ound POS continuous white E o sound 63 125 250 500 1000 2000 4000 8000 Se ae ag 63 Oo 250 500 1000 200 4000 80 Octave band center frequencyt Hzt Octave band center frequency H Ceiling Floor 48000 BTU h 60000 BTU h e 70 5 H I d i AN N F B A 7 0 N IS i S amp P TU m 5 e IK EM NO
30. e 4 2 2 5 4 2 2 5 Liquid side mm inch 12 7 1 2 12 7 1 2 mm inch 19 3 4 19 3 4 N N TR piping Max difference in level A ws 9 2 D X EE 5 5 e E Operation temp 17 30 17 30 Ambient temp 45 45 Application area 80 105 95 120 25 50 54 25 50 54 O m gt o Qty per 20 amp 40 Fcl Notes 1 Nominal cooling capacities are based on the following conditions Indoor temp 27 CDB 19 CWB Outdoor temp 35 CDB 2 Nominal heating capacities are based on the following conditions Indoor temp 20 CDB Outdoor temp 7 CDB 6 CWB 3 Actual noise level may differ depending on the room structure etc since these noise values are from an anechoic room 2 Indoor units 13 3 Dimensions 3 1 ASF 12A ASF 18A ASF 24A 995 Strengthener 5 Poa Wa Ne p p NG p N 4 12 18 Overhanging hole pi 4 Drain point EL Li A ad Connecting point of refrigerant pipe Liquid side Connecting point of refrigerant pipe gas side 3 2 ASF 30A ASF 36A
31. e at the same time Sketch map of common vacuum dry procedure kgf cm 0 5 Add pressure um Vacu g Vacuum dry Add refrierant Vacuum laying test ln 66 b Special vacuum dry procedure o This vacuum dry method is used in the following conditions There s moisture when flushing the refrigerant pipe Rainwater may enter into the pipe Vacuum dry for the first time 2h pumping Vacuum destroy for the second time Fill nitrogen to 0 5Kgf cm2 Because nitrogen is for drying gas it has vacuum drying effect during vacuum destroy But if the moisture is too much this method can t dry thoroughly So please pay more attention to prevent water entering and forming condensation water Vacuum dry for the second time 1h pumping Determinant Pass if achieving below 55mmHg If 755mmHg can t be achieved in 2h repeat procedure c and Vacuum placing test 1h Sketch map of special vacuum dry procedure kgf cm 03 3 Additional charge 3 1 When the length of the one way pipe is less than 5m additional refrigerant charge after vacuuming is unnecessary 3 2 When the length of one way pipe is over 5m the additional charge quantity is as follows unit in gram Calculation method Refrigerant Liquid diameter mm Unit amount g m 0638 L 5 30 RATOA 09 53 L 5 65 on a Remark 1 The additional refrigerant
32. er a softdog 3 2 Wiring diagram X Y Mox 64 CCM NIM NIM NIM NIM CN20 Central STD Indoor PCB Indoor PCB Indoor PCB Indoor PCB gt LEM ATE Max 64 CCM F r RN NIM NIM NIM NIM CN20 Indoor PCB Indoor PCB Indoor PCB Indoor PCB 16 64 c gt 2 2 2 NIM NIM NIM NIM Build in manager system Indoor PCB Indoor PCB Indoor PCB Indoor PCB 77 3 3 Address setting Every air conditioner in network has its unique address to distinguish each other Address code of air conditioner in LAN is set by code switch S1 S2 on and the set range is 0 63 F H EI E 3 4 CCM Address setting The PC or gateway can connect to a maximum of 16 CCM Every CCM works as one network area and be distinguished by setting code switch The setting range is 0 15 78
33. esponding problems referring to given remediation If the trouble can t be settled contact our dealer Trouble Solutions Unit does not Wait for the comeback of power cooling heating Inlet outlet of indoor outdoor units Clear all blockages effect blocked Inlet outlet of indoor outdoor units Clear the blockage then restart blocked your operation Be in 3 minutes protection of compressor NOTE Do not replace electric wire or repair the air conditioner by yourself to avoid possible danger 9 4 Troubles and solutions concerning the remote controller Please make the following check before asking for repair or maintenance CAN NOT CHANGE Check if the mode display on the The Indoor Unit will select fan speed THE FAN SPEED LCD is AUTO automatically when AUTO mode is SETTING selected Check if the mode display on the The Indoor Unit will select fan speed LCD is DRY automatically when the unit is on DRY mode The transmission symbol does not flash Press ON OFF button the Check if the remote controller When the battery was out remote controlling signals can has run out of power transmission signals can not be not be transmitted sent 62 Temperature display disappear Temperature Display does Check if the mode display on You can not set the temperature not light the LCD is FAN ONLY when the unit is on FAN ONLY mode The indication the Check whether the timer The air conditioner
34. he order of two of the wires to power supply Switch on the unit again If the problem can not be solved the outdoor PCB is defective 9 2 2 Overload of current Overload of current Check the current normally The max current for MOU 36HN2 is 9 4 A The max current for 48 2 is 10 The max current for 60 2 is 13 2A Is the current in rated range NO Yes Possible reason 1 Outdoor fan is defective The outdoor PCB is defective The compressor is defective Refrigerant is over charged Air enter the refrigerant system Heat exchanger is too dirty 57 9 2 3 Lack of phase Lack of phase Check the power supply is it 3 phase Yes Check the connection between power supply and terminal Yes Outdoor PCB is defective 58 9 2 4 Protection of pressure or temp Protection of pressure or temp Yes Is it k1 or K2 open Is temp protective switch K1 Yes Possible reason 1 2 4 The wires is loose to K1 Air or other gas in the refrigerant Heat exchanger is dirty Outdoor fan or fan blade is defective Outdoor unit is bad ventilation Refrigerant is leakage Is pressure protective switch 2 Yes Possible reason 1 2 9 4 59 The wires is loose to K2 Air or other gas in the refrigerant Heat exchanger is dirty Outdoor fan or fan blade 1 defective Outdoor unit is bad ventilation Refrigerant is two much
35. ings and bind it well with the tapes to prevent leakage 65 2 Vacuum dry and leakage checking 2 1 Vacuum Dry use vacuum pump to change the moisture liquid into steam gas in the pipe and discharge it out of the pipe to make the pipe dry Under one atmospheric pressure the boiling point of water steam temperature is 1007 Use vacuum pump to make the pressure in the pipe near vacuum state the boiling point of water falls relatively When it falls under outdoor temperature the moisture in the pipe will be vaporized reeze 2 2 Vacuum dry procedure There are two methods of vacuum dry due to different construction environment common vacuum dry special vacuum dry a Common vacuum dry procedure Vacuum dry for the first time connect the all purpose detector to the inlet of liquid pipe and gas pipe and run the vacuum pump more than two hours the vacuum pump should be below 755mmHg lf the pump can t achieve below 755 after pumping 2 hours moisture or leakage point will still exist in the pipe At this time it should be pumped 1 hour more If the pump can t achieve 55mmHg after pumping hours please check if there are some leakage points X Vacuum placement test place 1 hour when it achieves 55mmHg pass if the vacuum watch shows rising If it rises it shows there s moisture or leakage point Vacuuming from liquid pipe and gas pip
36. ipe s temperature no less than 70 in the high pressure side no less than 120 in the low pressure side For the cooling type machine no requirements at the low pressure side Example Heat pump type Heat resistant Polyethylene foam withstand above 120 Cooling only type Polyethylene foam withstand above 100 5 1 2 Thickness choice for insulation material Insulation material thickness is as follows Pipe diameter mm Adiabatic material thickness 6 4 25 4 Refrigerant pipe 5 2 Refrigerant pipe insulation 0 2 1 Work Procedure a Before laying the pipes the non jointing parts and non connection parts should be heat insulated b When the gas proof test is eligible the jointing area expanding area and the flange area should be heat insulated 5 2 2 Insulation for non jointing parts and non connection parts Gas pipe and liquid pipe Insulate the gas pipe Insulate the gas pipe should cooling only and not be put together to liquid pipe insulate 2 S SN NS YA 2 7 NR ATA Z SSSR 70 For construction convenience before laying pipes use insulation material to insulate the pipes to be deal with at the same time at two ends of the pipe remain some length not to be insulated in order to be welded and check the leakage after laying the pipes 5 2 3 Insulate for the jointing area expanding area and the fl
37. npipe trap 4 2 2 Every indoor unit needs one drainpipe trap 4 2 3 A plug should be designed to do cleaning lt gt 206 1206 68 4 3 Upwards drainage drain pump 4 3 1 To ensure the gradient 1 100 the drainpipe can be lifted to 340mm After upwards place downwards or it will cause malfunction to drain pump KANA 4 4 Convergent drainage 4 4 1 The number of indoor units should be as small as possible to prevent the traverse main pipe overlong 4 4 2 Indoor unit with drain pump and indoor unit without drain pump should be in different drainage system 10mm er above Gradient 1 100 above 4 4 3 Selecting the diameter Number of connecting indoor units Calculate drainage volume Select the diameter Calculate allowed volume Total cooling capacity of indoor units HP x2 hr Allowed volume lean 1 100 I hr I D mm Thick Hard Qys14 25 3 0 14 lt lt 88 30 9 9 88 lt lt 175 40 4 0 175 lt Qyx334 50 4 5 334 lt Qy 80 6 0 4 5 Drainage test Drainage without drain pump After finishing drainpipe installation pour some water into the water receiver plate to check if the water flows smoothly 69 5 Insulation work 5 1 Insulation material and thickness 5 1 1 Insulation material Insulation material should adopt the material which is able to endure the p
38. operation stops display disappears after a operation has come to an end since the set time elapsed lapse of time when the OFF TIMER 15 indicated on the display The ON TIMER indicators Check whether the timer When the time set to start the air go off after a lapse of certain operation is started when the conditioner is reached the air time ON TIMER is indicated on the conditioner will automatically start display and the appropriate indicator will go off The Signal Receiving Tone does Not Sound No receiving tone Check whether the signal Direct the signal transmitter of the sounds from the indoor transmitter of the remote controller remote controller to the receiver of unit even when the is properly directed to the receiver the indoor unit and then repeatly ON OFF button is of the indoor unit when the push the ON OFF button twice pushed ON OFF button is pushed Buttons on the remote Press Reset button controller don t work 63 Part 4 Installation u uu a 65 64 1 Refrigerant pipe installation 1 1 Measure the necessary length of the connecting pipe and make it by the following way Connect the indoor unit at first then the outdoor unit Bend the tubing in proper way Do not harm them CAUTIONS Daub the surfaces of the flare pipe and the joint nuts with frozen oil and wrench it for 3 4 rounds e With hands before fasten the flare nuts
39. tened Factory default mode is COOL amp HEAT ECO Activate or turn off economic operation mode It is suggested to turn on this function when sleeping Only available when remote controller is used with corresponding unit 74 2 Wire controller 2 1 KJR 01B dP T MODE BUTTON Choose the mode CANCEL BUTTON Cancel ON time and OFF time 4 T NICO TAI 7 t 5 545 U INER CL THER OF CLOCK ADJUSTMENT BUTTON Time setting LOCK BUTTON Lock or unluck all current setting TIME ADJUST 422 TIMER ADJU BUTTO N v J TIN ET i SUTTON Adjust the time 1 5 AR IND c A jp OPERATION INDICATOR 4 Lights when the unit is ea EI ow GED RESETBUTTON n m M Reset all the setting and get in to the condition of Start or stop operation beginning General constant wire controller is available for cooling amp heating type as default Its function of Mid speed Fan can be adjusted by the dial switch Sw1 in the main panel of wire controller which is shown as follows Mid speed Fan Mid speed Fan No mid speed No mid speed Fan cooling amp heating cooling only cooling amp heating cooling only Customers can adjust
40. tor Easy operation Auto restart function remote control and optional wire control method Low noise level plus compact size Universal outdoor design Part 2 Indoor units Ceiling amp Floor aaa kaa Naga SCOPI 6 Ceiling amp Floor Type 1 HOC QUIN OS uuu u 7 2 u IL IUS TE 8 DIMENSIONS uuu uuu uu 14 4 SONIC ene ereen 15 9 atrose Ecos Las ten oek 16 0 Wiring ________ _ 17 gt rela Mer 20 8 Air Velocity and Temperature Distributions 27 9 Electric CnaracteristicS s u uuu uyu D DM M HIMEN AED LEE 29 10 Souhd CV CUS uii u s ________ _______ UE 30 11 EXD100GO0 dri E m 32 1 Features 1 1 New design more modern and elegant appearance 1 2 Convenient installation The ceiling type can be easily installed into a corner of the ceiling even if the ceiling is very narrow is especially useful when installation of an air conditioner in the center of the ceiling is impossible due to a structure such as one lighting 1 3 Two direction auto swing vertical amp horizontal and wide angle air flow Air flow directional control minimizes the air
41. tor Holder for fan motor Chassis Separating board Condenser Condenser Support board for motor holder Left supporting bar Rear net Rear right clapboard Big handle Installation plate for valves Pipe temp sensor Refrigerant container Container clamp O lt E a lt j i 4 ome aco 1777 __ m etie mum I m m bann bwa 7 eras __ 38 Copper nut TLM E05 53 8 6 ASF 48A Coe e i had x 5 EN EN JEN jew mem a G me ee 9 reme 1 Menem L 54 8 7 ASF 60A Meme x l lt hem De w T _ s Cs heme mem bw _ hate 9 eee om penne i T 55 9 Troubleshooting 9 1 Indoor unit s LED indication of trouble Protection or Malfunction Operation Timer lamp Defrosting Auto lamp lamp recover Extinguish Flash at 5Hz x 9 2 LEDs for the indication of outdoor trouble MOU 36HN1 MOU 48HN1 MOU 60HN1 380 415V phase 56 9 2 1 Phase sequence error Phase sequence error Change t
42. vailable when remote controller is used with corresponding unit VERT SWING Activate or turn off vertical swing function Only available when remote controller is used with corresponding unit CLOCK Display the current time 12 00 is displayed when resetting or electrifying for the first time Press CLOCK for 5s icon indicating hour will flash with 0 55 Press it again icon indicating minute will flash with 0 55 Y and A are used to adjust the figure Setting or modification is effective only by pressing OK button to make confirmation TIME ON For time ON setting Once pressing this button the time will increase by 0 5 hour When the set time exceeds 10 hours pressing the button will increase the time by 1 hour Adjusting the figure to 0 00 will cancel time ON setting TIME OFF For time OFF setting Once pressing this button the time will increase by 0 5 hour When the set time exceeds 10 hours pressing the button will increase the time by 1 hour Adjust the figure to 0 00 will cancel time ON setting RESET inner located Press this button with a needle of 1mm to cancel the current setting and reset remote controller LOCK inner located Press this button with a needle of 1mm to lock or unlock the current setting OK Used to confirm the time setting and modification COOL HEAT inner located Press this button with a needle of 1mm to shift mode between COOL only and COOL amp HEAT During setting background light will be ligh
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